Adam C Whiteside

Google Inc.

Classic Problems to Make Quantum Computing a Reality

Zusammenfassung

Recent experiments have shown exciting process towards creating reliable quantum bits
(qubits) that will make up tomorrow's quantum computers. While experiments and engineers
continue to make the physics side a reality, computer scientists and software engineers will be
essential to getting the most out of such expensive hardware. An entire stack of classical software
must be developed, requiring creative solutions to a broad range of problems. We provide an
introduction to quantum computing and an overview of the problems left to face in an effort to inspire
more research in these important areas.

Vortragender

Adam Whiteside started his studies in Computer Science at the University of Melbourne,
while working as a web developer, before going on to do his Master's in Bioinformatics researching
the effectiveness of various models on the detection of differential isoform gene expression. Along
the way, he encountered quantum computing and worked closely with Dr. Austin Fowler to create a
highly optimized version of the minimum-weight perfect matching algorithm for use in quantum error
correction. Having discovered the wealth of interesting problems to solve in the field, he began his
Ph.D. studies in Physics to continue his work on analyzing the coordination of physical qubits to
perform logical operations. After contracting for Google Inc., he currently finds himself working with
the Quantum AI team in Los Angeles office. Given his bioinformatics background, he is most excited
about the applications of quantum computing in the field of chemistry, and he hopes that more
computer scientists and software engineers will discover the fascinating problems left to be solved
to make these computers a reality.